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Suppression of harmonics in a model of thermoacoustic refrigerator based on an acoustic metamaterial
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A model of thermoacoustic
refrigerator on the basis of an acoustic metamaterial is presented, in which an array of side pipes is adopted to suppress harmonic waves in the thermoacoustic
resonator. The array of side pipes traps the acoustic waves with Fabry-Perot
resonant frequencies and induces narrow forbidden bands of transmission. When the resonant frequency of the thermoacoustic
refrigerator is chosen as the operating frequency, the harmonic wave can be exactly located in the forbidden band by properly adapting the structural parameters of the system. Therefore, the component of the harmonic wave in the thermoacoustic
resonator can be efficiently suppressed.
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